Sparging
Same effort, more timeI no longer heat my sparge water, it may take longer to get to a boil, but less effort.![]()
This is the answer if we are only picking one.Efficiency.
I do the same - also less gas/electricity...I no longer heat my sparge water, it may take longer to get to a boil, but less effort.![]()
Here in Brasil almost all shops ground malts for irrisory ou null prices...The things you mention are the process, and are the most important parts.
The part that is for me least concern of the brewing process, is actually the kit. I brew using household implements and (food safe) plastic buckets. What do I have in addition, that can not be missed:
I actually dispense with electronic temperature control, because I don't have the place for such a system. I choose a room with a relatively constant temperature and use that. Also try to use yeasts that are appropriate for this.
- a pH meter, because my recipes are always different. If you always brew a couple of the same beers, one could dispense with that
- A grain mill. Because here on the European continent there are no (not much?) shops where ground malt can be ordered.
- An RO filter, because our water here contains too much carbonates and does not have proper balanced minerals for beer.
How? You have to get it all up to boiling eventually one way or the other.I do the same - also less gas/electricity.
When we pour the sparge water it always got colder than before - so it will be needed to heat it up again... And there is a lot of water absorption in the grains that will stay with your pre-heated water... No heating the sparge water reduces the loss - my grains end up colder than before, so I don´t loose this heat to the thrash. At the end of the story, I prefer this way, because I don´t have to find room to heat water before the sparge - I live at an apartment. Of course if I´ll brew 1000 liters, I will heat up the sparge water... But in a facility other than my tiny kitchen....How? You have to get it all up to boiling eventually one way or the other.
This is, at best, a negligible difference. All the water has to get to 100C/212F. Heat it now or heat it later. Just don't heat it any higher than your mash temp if you want to save that little bit of energy.When we pour the sparge water it always got colder than before - so it will be needed to heat it up again.
Here in Brasil almost all shops ground malts for irrisory ou null prices...
I do not use a pH meter because it is dispensable in my batch sizes...
I use a black charcoal filter only to hold the chlorine of the tap water and some sort of impurities (and use 4 drops of Vitamin C to kill the rest of chlorine)
And I must have a fridge or a kegerator to ferment, because temperatures could reach up 30 degrees Celsius at noon and 15 at night generating too much esterification... When I started to use the controlled temperature my beers rised up several grades of approval...![]()
So some of these process things are even geographically related.Here in Brasil almost all shops ground malts for irrisory ou null prices...
I do not use a pH meter because it is dispensable in my batch sizes...
I use a black charcoal filter only to hold the chlorine of the tap water and some sort of impurities (and use 4 drops of Vitamin C to kill the rest of chlorine)
And I must have a fridge or a kegerator to ferment, because temperatures could reach up 30 degrees Celsius at noon and 15 at night generating too much esterification... When I started to use the controlled temperature my beers rised up several grades of approval...![]()
O Canada...It gets served in a frosted mug anyway…..
I don't soak off the old labels either.The label. I, myself, really just need to know what's in the bottles. Anything else, not my job.
Please enjoy the beer.
+1 for talking about your approach to water.For me, the least important thing is water chemistry. When I got back into brewing a couple years ago and made the jump to all-grain, I did a ton of research and got really worried about water chemistry, and even bought some test kits. I ended up never using them, and I never do anything to my water (unchlorinated well water). Maybe I'm just lucky, but I've brewed everything from pale lagers to imperial stouts, and it all tastes great. If you drink your tap water, don't worry about it.
And it's pretty hard to be lucky across styles. From my standpoint my home water would probably be fine. It's good tasting water, but it isn't consistent. They have a few sources they draw from. Mainly the river but when run off is too high in the river they draw from well etc. You can taste it in the water when they make the change. Probably would make good beer either way, but I started adjusting my water to avoid wondering if say a change I made to an IPA was due to a change I made to the recipe or that they changed the water source a bit that day.Yeah, water might be the least important thing about brewing if you're lucky. Or the most important if you're not.
Eh. Sulfate to chloride ratio matters. I had to adjust in the keg because a malty beer was too sharp. Some CaCl helped a lot.Water chemistry for extract brewing, and I have very hard water, but with LME it just doesn't matter...that said in an All Grain it's very important.
The most important thing...keep very good records and notes!
When you say "water chemistry" what are you referring to? With "extract brewing", source water quality definitely matters (for example, removing chlorine & chloramines). Flavor salt additions are not necessary, but these additions can (and do) make a good beer better.Water chemistry for extract brewing, and I have very hard water, but with LME it just doesn't matter